Industrial gas giant Linde today (21st March) announced that it will launch a new laboratory dedicated to studying and advancing the relationship between atmospheric gases and the manufacture of metal powders.
The risks of climate change now need little introduction. We are already starting to live with the impacts of a changing climate on communities, businesses and supply chains. The most recent Intergovernmental Panel on Climate...
Once thought destined mainly for prototyping, additive manufacturing is now increasingly employed in the development of spare parts, small series production and tooling in forward-thinking manufacturing industries such as aerospace, electronics, automotive and medical devices.
When Michelangelo carved his masterpiece David from a massive marble block, he used a subtractive technique, chiselling fragments of stone away at the larger block to the form of his smaller creation.
Linde has today launched ADDvance® Sinter250, a new gas mixture to deliver optimal atmospheric conditions in sintering furnaces as part of Desktop Metal’s Bound Metal Deposition™ process.
Additive manufacturing (AM), or the process of creating a product or component part layer by layer instead of using traditional moulding or subtractive methods, is leading a transformation in manufacturing technology.
Metal additive manufacturing technology company Velo3D has partnered with Praxair Surface Technologies (PST).
Reproducible quality of powder-metal 3D printed parts is essential for advanced aerospace, automotive and medical applications. Yet aluminum and titanium alloys are extremely sensitive to oxygen and humidity.
Linde Gases, a division of The Linde Group, will feature its innovative ADDvance® powder cabinet at the leading trade for additive manufacturing (AM) and the next generation of intelligent manufacturing solutions next week.
Specialty gases are already the subject of a wide range of applications, the common denominator of which is their guarantee of purity or quality.
